VM7JB150R

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Through Hole Resistors are pieces of electronic components designed to limit electrical flows in a circuit in order to control the electrical signals that travel along the circuit. The VM7JB150R is a 0.15-Ω, 60-W through-hole resistor designed for high-current applications. This resistor is used in the aerospace, automotive, and communications industries in products such as motor drivers, stabilizers, and voltage accelerators.

The working principle of the VM7JB150R is simple. A current flows through the resistor, the resistance limits the current, and an electric field develops across the resistor which causes a voltage drop. This voltage drop is proportional to the applied current, creating an opposing force to the current flow. The resistor\'s resistance value defines how much current it allows to flow and how large of a voltage drop it will induce. Therefore, the resistor is used to precisely control the voltage and current flow in a circuit.

The VM7JB150R design consists of an alloy-coated copper element and a molded plastic housing. The element is an alloy consisting of manganese and nickel, wrapped in an oxide-coated layer which enhances the temperature and voltage characteristics of the resistor. The plastic housing is a strong and stable container that protects the underside of the resistor. In addition, the housing contains a built-in safety mechanism that reduces the risk of electrical arcing.

The VM7JB150R features a wide operating temperature range, from -55°C to +195°C (-67°F to +380°F). The device also has a high surge overload rating of up to 1,200 A, which makes it suitable for driving large motors and handling high shock and vibration applications. Its maximum current rating of 60 W makes it ideal for use in high-current circuits.

The VM7JB150R is designed for high-current environments and is used in aerospace, automotive, and communications applications where precise current and voltage control is needed. The device’s robust design and wide operating temperature range allow it to handle extreme temperatures and high surge overloads. Its alloy coating helps to increase its temperature and voltage characteristics and its built-in safety mechanism helps to reduce the risk of electrical arcing. With its wide range of features, the VM7JB150R is an ideal choice for high-current applications.

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